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Showing posts with the label Nano-enabled solutions

Nanotechnology in Material Processing: Small Scale, Big Impact

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  Nanotechnology in Material Processing: Small Scale, Big Impact The field of materials science is currently experiencing a transformation due to advancements in nanotechnology. Scientists are now able to manipulate substances at scales—think one to one hundred billionth of a meter! This precision allows them to create brand materials with characteristics that were previously unheard of. The implications of this breakthrough extend across industries, including the pharmaceutical sector. In this article, we will explore how nanotechnology is revolutionizing material processing in the pharmaceutical industry. We will discuss the use of techniques such as nano emulsions and high pressure homogenizers to develop drug delivery systems and enhance operational efficiency. We will also showcase IDEX MPT, a manufacturer of state-of-the art equipment for pharmaceutical processes and understand their contributions in this dynamic field. Nano Emulsions: Small Drops for Significant Advantages Nan

IDEX Material Processing Technologies is so helpful for various industries

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IDEX Material Processing Technologies is so helpful for various industries IDEX Material Processing Technologies addresses size reduction challenges through its advanced solutions. They offer a range of size reduction solutions that include dry, wet, fine, and fine milling and sieving. This allows manufacturers around the world to achieve consistent, repeatable results. One of the key technologies used by IDEX MPT is the Microfluidizer® technology. This technology is capable of generating high shear levels, which are essential for effective size reduction. The efficiency of this technology is due to the design of their exclusive fixed-geometry Interaction Chamber™. This chamber allows for the control of the level of shearing, providing customers with the flexibility to use less energy to achieve particle size reduction targets. Another important aspect of IDEX MPT's approach to size reduction is the use of high-speed, high-shear rotor/stator mixers, which can be uniquely confi